Hepla® H3000 by Jiangsu NFD Composites is an environment-friendly and unreinforced PTE grade. It offers medium viscosity, wear-, chemical-, flame- and heat-resistance. It provides high impact... view more

Hepla® H3000 T by Jiangsu NFD Composites is an environment-friendly, flame resistant and impact modified PTE grade. It provides high impact resistance, high toughness & barrier and hydrolysis... view more

Hepla® H3000 T UV by Jiangsu NFD Composites is a flame-resistant, impact modified and UV stabilized PTE grade. It provides UV-, wear-, heat- & chemical-resistance and high impact resistance. Hepla®... view more

Hepla® H3000 XC by Jiangsu NFD Composites is an environment-friendly PTE grade with proprietary filler. It offers wear-, chemical-, flame- and heat-resistance. Hepla® H3000 XC shows high strength... view more

Hepla® H3005GF UV by Jiangsu NFD Composites is an environment-friendly, medium flow and UV stabilized PTE grade filled with 5% glass fiber. It is wear-, UV-, chemical-, flame- and heat-resistant... view more

Hepla® H3010GF UV by Jiangsu NFD Composites is an environment-friendly, medium flow and UV stabilized PTE grade filled with 10% glass fiber. It shows resistance to wear, UV, chemical, flame and... view more

Hepla® H3020GF by Jiangsu NFD Composites is a 20% glass fiber filled PTE grade. It offers medium flow, high impact resistance and hydrolysis stability. Hepla® H3020GF shows resistance to wear... view more

Hepla® H3030GF by Jiangsu NFD Composites is a 30% glass fiber filled PTE grade. It offers medium flow, high impact resistance and hydrolysis stability. Hepla® H3030GF provides resistance to wear... view more

Hepla® H3045GF by Jiangsu NFD Composites is a 45% glass fiber filled PTE grade. It provides resistance to wear, chemical, flame and heat. Hepla® H3045GF shows medium flow, high impact resistance and... view more

Hepla® H5000 CNT by Jiangsu NFD Composites is an acetal POM copolymer grade filled with carbon nanotube. It provides ESD protection, good rigidity & dimensional stability and low water absorption... view more

Hepla® H5000 CNT EC by Jiangsu NFD Composites is an electrically conductive acetal POM copolymer grade filled with carbon nanotube. It exhibits good rigidity & dimensional stability, low water... view more

Hepla® H5000 EC by Jiangsu NFD Composites is an electrically conductive acetal POM copolymer grade filled with carbon nanotube. It provides ESD protection, good rigidity & dimensional stability and... view more

Hepla® H5000 ES by Jiangsu NFD Composites is an anti-static, self-lubricating and unreinforced acetal POM copolymer grade. It provides ESD protection, good rigidity, dielectric properties &... view more

Hepla® H5000 FDA by Jiangsu NFD Composites is a self-lubricating acetal POM copolymer grade. It provides good rigidity, dielectric properties & dimensional stability and low water absorption. It... view more

Hepla® H5002SI by Jiangsu NFD Composites is a lubricated acetal POM copolymer grade filled with 2% silicone. It exhibits resistance to hydrolysis, fatigue, creep and wear. It offers good rigidity... view more

Hepla® H5002TF UV by Jiangsu NFD Composites is a lubricated and UV stabilized acetal POM copolymer grade filled with 15% PTFE. It exhibits resistance to hydrolysis, fatigue, creep and wear. It shows... view more

Hepla® H5003MS by Jiangsu NFD Composites is a lubricated acetal POM copolymer grade filled with 3% molybdenum disulfide. It shows resistance to hydrolysis, fatigue, creep and wear. It exhibits good... view more

Hepla® H5005AF 10TF by Jiangsu NFD Composites is a lubricated acetal POM copolymer grade filled with 5% aramid fiber and 10% PTFE. It provides resistance to hydrolysis, fatigue, creep and wear. It... view more

Hepla® H5005AF 10TF 3SI by Jiangsu NFD Composites is a lubricated acetal POM copolymer grade filled with 5% aramid fiber, 10% PTFE and 3% silicone. It shows resistance to hydrolysis, fatigue, creep... view more

Hepla® H5005AF 20TF by Jiangsu NFD Composites is copolymer of acetal (POM) reinforced with 20% PTFE and 5% aramid fiber. Offers fatigue-, wear-, creep- and hydrolysis resistance. It also exhibits... view more